The FDTD method has been widely studied and applied.
并行FDTD方法是得到广泛研究和应用的数值方法。
Secondly, the key part of the FDTD method is studied.
其次研究了时域有限差分法的核心部分。
The analysis of effects in time-varying media by FDTD method;
研究点源激励电磁波在高维空间时变媒质中的传播解。
FDTD method is better than the other one for vertical via interconnect problem.
对于垂直通孔互连问题，时域有限差分法更具优势。
The band gaps of triangular composite-photonic-crystals are studied by FDTD method.
选用时域有限分方法(FDTD)分析光子晶体带隙结构。
The current research methods of its electromagnetic properties are mainly FDTD method.
目前对其电磁特性的研究方法主要有时域有限差分（FDTD）方法。
FDTD method is used to calculate for optimum design and the measurement data is given out.
采用时域有限差分法进行优化设计计算，并给出了具体测试结果。
The bistable hysteresis loops with Gaussian pulse pumps is obtained by using nonlinear FDTD method.
利用非线性时域有限差分数值模拟方法，得到了高斯脉冲激励下的双稳态响应曲线。
FDTD method had been used in electromagnetism computation widely for its simple, agility and efficiency.
时域有限差分(FDTD)方法因其简单灵活有效已经广泛应用于计算电磁学中。
The RF electric fields in square coaxial lines were analyzed and calculated with FDTD method in this paper.
运用FDTD方法分析并计算了方同轴线内部的射频电场。
This paper deals with some applications arising from practical demands based on the research on FDTD method.
本文基于FDTD方法分析了几个实际应用中常见的电磁问题，并得到了相关结论。
Therefore the time domain characteristics of loaded monopole antenna are calculated and analyzed using FDTD method.
采用时域有限差分法对比计算了加载与非加载单极子天线的时域辐射特性。
The propagation characteristic of the VLF in the earth-ionosphere waveguide is analyzed by applying the FDTD method.
应用时域有限差分（FDTD）方法分析甚低频在地电离层波导中的传播特性。
Fundamental principles of FDTD method, basic theory of transmission line and microwave network are first introduced.
论文首先对时域有限差分方法的原理、传输线理论以及微波网络理论予以介绍。
A scheme combining the FDTD method with the generalized network connection theory is presented to overcome this drawback.
本文提出采用FDTD分析复杂系统中的基础元件 ，再结合广义网络连接理论获得复杂系统整体特性的方案 。
As a full wave technique method, the FDTD method is very efficient at modeling problems involving multiple sources or ports.
作为一种全波方法，对于多个源或端口问题的分析有很高的效率。
The perfectly matched layer absorbing boundary condition for the wave equation FDTD method (WE PML) is implemented and validated.
实现了波动方程FDTD算法的PML吸收边界条件（WE PML） ，并进行了数值验证。
A rigorous analysis of a broad wall slot coupler composed of two crossed rectangular waveguides by using FDTD method is presented.
使用FDTD法对由两正交矩形波导构成的宽壁缝隙耦合器进行了严格的分析。
Compared to normal FDTD method and R-FDTD method, memory requirement and CPU time are reduced obviously by the presented approach.
与常规的时域有限差分法(FDTD)和R - FDTD相比，降维时域有限差分法结合亚网格技术明显地减少了内存需求和计算时间。
The 2-d transient scattering by cylindrical targets is considered using this method, and compared with the conventional FDTD method.
采用本方法分析了柱体目标二维瞬时散射场，并与传统FDTD法作了比较。
The relative techniques to FDTD method for tackling the scattering field of plasma and complex object involving rocket plume are proposed.
研究了FDTD处理等离子体及具有火箭喷焰的复合目标的电磁散射问题的相关方法。
The effects of number and area of connection holes on the shielding effectiveness(SE) of connector enclosure are studied based on FDTD method.
基于FDTD法模拟研究了连接器的接线孔数目、大小对外壳屏蔽性的影响。
In the H-FDTD method, Hegxagon grid is used for the spatial discretization by virtue of peridodical sampling theorem based on arbitrary geometry.
这种方法基于任意几何形状网格的抽样定理，利用六边形网格来实现空间离散化。
This paper mainly analyzed the heating effects when microwave ACTS on materials and set up an EM-Therm model using the FDTD method as the analyzing tool.
文中的主要工作是分析微波作用于材料时的加热效应并建立应用FDTD方法进行分析的电磁—热模型。
RCS of a square trihedral corner reflector is calculated with the AP/PO method. The AP/PO results is in good agreement with those obtained by FDTD method.
应用AP／PO方法计算了三面角反射器的雷达截面（RCS）．计算结果与用FDTD方法得到的结果有很好的一致性。
FDTD method has less calculation, precision result, and dynamic distribution of electromagnetic, so it is suitable for calculating photonic crystal band gap.
FDTD方法计算量小，结果较为精确，还可模拟电磁场的动态分布，很适合计算光子晶体光子带隙。
A parallel FDTD method is the important method to enhance the speed and reduce the requirement of single computer memory costs in multiple data FDTD operation.
采用并行FDTD方法是解决FDTD方法运算效率低、单机内存消耗大的重要途径。
FDTD method was used to numerically simulate the transient radiating and scattering characteristics of thin wire antennas and linearly loaded thin wire antennas.
利用FDTD(时域有限差分)方法对多根未加载的细线天线以及加载的细线天线瞬态响应特性进行了数值模拟。
FDTD method was used to numerically simulate the transient radiating and scattering characteristics of thin wire antennas and linearly loaded thin wire antennas.
利用FDTD(时域有限差分)方法对多根未加载的细线天线以及加载的细线天线瞬态响应特性进行了数值模拟。
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